kaby76

#!/bin/sh

d=`find . -name '*.g4' | grep -v examples | grep -v Generated | sed 's#/[^/]*.g4##' | sort -u`
# find all other grammars in this directory and check if they are
# inconsistently combined or splitted.
for i in $d
do
	for j in $i/*.g4
	do
		spgrammar=no

kaby76

(function PlaygroundExample() {

  const createToken = chevrotain.createToken;
  const Lexer = chevrotain.Lexer;
  const EmbeddedActionsParser = chevrotain.EmbeddedActionsParser;
  const tokenMatcher = chevrotain.tokenMatcher;

/**
 * An Example of implementing a Calculator with embedded actions (semantics).
 *

kaby76

grammar InternalAlf ;
entryRuleUnit : ruleUnit EOF ;
ruleUnit : ( ruleAnonymousPackage | rulePackageUnit | ruleClassifierUnitDefinition | ruleClassUnit | ruleDataTypeUnit | ruleAssociationUnit | ruleInteractionUnit | ruleBehaviorUnit | ruleFunctionUnit | ruleFeatureUnit ) ;
entryRuleAnonymousPackage : ruleAnonymousPackage EOF ;
ruleAnonymousPackage : rulePackageBody ;
entryRulePackageUnit : rulePackageUnit EOF ;
rulePackageUnit : ( ruleUnitPrefix rulePackageDefinition ) ;
entryRuleClassifierUnitDefinition : ruleClassifierUnitDefinition EOF ;
ruleClassifierUnitDefinition : ( ruleUnitPrefix ruleClassifierDeclaration ruleTypeBody ) ;
entryRuleClassUnit : ruleClassUnit EOF ;

kaby76

// https://github.com/lark-parser/lark/blob/d676df9b888ead42daffd31c035d95241bff0920/lark/grammars/lark.lark
// LarkParser.g4
parser grammar LarkParser;

options {
    tokenVocab = LarkLexer;
    contextSuperClass=AttributedParseTreeNode;
}

start: (item? NL)* item? EOF ;

kaby76

start : module
module : moduledata
moduledata : MODULE modulename NEWLINE datalist  NEWLINE*  ENDMODULE
modulename : IDENTIFIER
    | proccall
datalist : (NEWLINE
    | declaration NEWLINE
    | procedure NEWLINE)*
procedure : PROC proccall NEWLINE  (functioncall NEWLINE)*  ENDPROC
proccall  : procname procparameter?